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7

* Operates on 115 volt and is not equipped with supplemental heat. Will not provide heat at temperatures below 40°F.

Friedrich room air conditioners are designed to operate in outdoor temperatures from 60°

 

F to 115°

 

F.

Kühl+  Heat Pump heating information 

(shown in red)

 indicates heat pump performance. Kühl+ and Chill+ Electric Heat heating information 

(shown in red)

 indicates electric heat strip performance. For Kühl+ Heat Pump electric heating performance refer to corresponding Kühl+ 

Electric Heat model.

As an ENERGY STAR

® 

partner, Friedrich Air Conditioning Co. has determined that the selected ENERGY STAR

®

 models meet the 

ENERGY STAR

®

Estimated yearly operating cost based on a 2007 national average electricity cost of 10.65 cents per kWh.

LISTED

ROOM AIR CONDITIONERS

MODEL

Cooling Btu

Heating Btu

Volts 

Rated

Cooling 

Amps

Cooling 

Watts

Heating 

Amps

Heating 

Watts

Energy 

Ratio

EER

Estimated 

Yearly 

Operating 

Cost

COP

Moisture 

Removal -

Pints/HR

CFM Sleeve

Net 

Wt

Ship 

Wt

.

Kühl

®

*

SS08N10

7900

-

115

6.1

677

-

-

11.7

$54

-

1.0

265

S

99

121

*

SS10N10

9500

-

115

7.7

848

-

-

11.2

$67

-

2.0

260

S

106 136

*

SS12N10

12000

-

115

10.0

1111

-

-

10.8

$88

-

3.0

300

S

112 136

SS14N10

14000

-

115

12.0

1444

-

-

9.7

$115

-

3.5

325

S

116 133

*

SS12N30

11500/11200

-

230/208

4.8/4.9

1055/1027

-

-

10.9/10.9

$84

-

2.8

275

S

112 134

SS15N30

14500/14300

-

230/208

6.4/6.8

1480/1459

-

-

9.8/9.8

$112

-

3.5

360

S

116 136

*

SM15N10

14800

-

115

12.0

1358

-

-

10.9

$109

-

3.5

360

M

141 154

*

SM18N30

17500/17200

-

230/208

7.4/8.0

1635/1607

-

-

10.7/10.7

$131

-

4.6

350

M

140 158

*

SM21N30

20500/20000

-

230/208

9.4/10.3

2181/2128

-

-

9.4/9.4

$173

-

6.0

425

M

132 153

SM24N30

22300/22000

-

230/208

11.2/11.9

2590/2550

-

-

8.6/8.6

$206

-

10.0

390

M

152 167

*

SL22N30

21000/20500

-

230/208

9.6/10.2

2188/2092

-

-

9.6/9.8

$174

-

6.0

625

L

191 212

*

SL24N30

24000/23800

-

230/208

11.2/12.0

2553/2532

-

-

9.4/9.4

$207

-

7.0

640

L

192 213

*

SL28N30

27500/27000

-

230/208

13.5/14.4

2926/2872

-

-

9.4/9.4

$229

-

8.5

600

L

193 214

SL36N30

36000/35700

-

230/208

19.0/20.5

4235/4200

-

-

8.5/8.5

$338

-

12.0

725

L

212 227

Kühl

®

 + Heat Pump

*

YS10N10*

9400

7500

115

7.8

855

7.6

743

11.0

$68

3.0

1.9

285

S

109 131

*

YS12N33

11500/11300

9400/9000

230/208

5.2/5.4

1095/1076

5.6/5.8

1132/1139

10.5/10.5

$87

2.4/2.3

3.0

265

S

115 136

*

YM18N34

18200/17800

17900/17700

230/208

8.5/8.9

1808/1788

8.5/8.7

1833/1761

9.9/9.9

$147

2.5/2.6

5.4

370

M

141 152

*

YL24N35

23500/23000

23500/23000

230/208

11.1/12.0

2500/2447

12.2/14.3

2610/2575

9.4/9.4

$199

2.6/2.6

7.0

600

L

197 212

Kühl

®

 + Electric Heat

ES12N33

11500/11200

10700/8900

230/208

4.8/4.9

1055/1027

16.0/14.7

3500/2900

10.9/10.9

$84

-

2.8

275

S

113 128

ES15N33

14500/14300

10700/8900

230/208

6.4/6.8

1480/1459

16.0/14.7

3500/2900

9.8/9.8

$112

-

3.5

360

S

117 133

EM18N34

17500/17200

13000/10600

230/208

7.4/8.0

2590/2550

19.5/17.0

4200/3500

8.6/8.6

$131

-

4.6

350

M

141 158

EM24N34

22300/22000

13000/10600

230/208

11.2/11.9

2590/2550

19.5/17.0

4200/3500

8.6/8.6

$207

-

10.0

390

M

153 166

EL36N35

36000/35700

17300/14300

230/208

19.0/20.5

4235/4200

24.0/22.4

5500/4650

8.5/8.5

$338

-

12.0

725

L

213 225

 

ENERGY STAR

®

 models

SPECIFICATIONS

All models use

environmentally 

friendly R-410A 

refrigerant.

R-410A

REFRIGERATION SYSTEM PERFORMANCE DATA

*Rating Conditions:  80 degrees F, room air temp. & 50% relative humidity, with 95 degree F, outside air temp & 40% relative humidity, all 

systems use R-410A. Test done at highest unit fan speed.   

 

 

 

 

BREAKER 

FUSE

60 Hertz 

Amps

Locked Rotor 

Amps

ELECTRICAL RATINGS

Amps 

Cool

Voltage

Amps 

Heat

R-410A 

REF.

Charge in 

OZ.

COOLING 

PERFORMANCE 

DATA*

EVAP. AIR TEMP. DEG. 

F

Discharge Air Temp. 

Drop F.

Discharge 

Temp

OPERATING 

PRESSURES

Suction Discharge

Suction 

Temp Super Heat

Sub-

Cooling

CONDENSER 

TEMP DEG. F

SS08N10-A

54

26

114

153

65

  7

19

151

400

6.1

32.0

26.0

115

15

YS10N10-A

59

21

115

155

67

12

14

147

395

7.8

7.6

50.0

26.5

115

15

SS10N10-A

54

26

114

157

68

16

17

137

392

7.7

50.0

27.0

115

15

SS12N10-A

56

24

119

170

60

14

25

135

423

10.0

55.0

30.0

115

15

SS14N10-A

55

25

120

171

62

14

23

141

390

12.0

63.0

31.0

115

15

SS12N30-A

47

33

114

155

58

10

18

134

393

4.8

30.0

31.5

230/208v

15

16.0

ES12N33-A

47

33

114

155

58

10

18

135

393

4.8

30.0

31.5

230/208v

20

5.6

YS12N30-A

61

19

118

169

69

18

21

137

413

5.2

26.0

32.0

230/208v

20

SS15N30-A

54

26

119

174

59

12

34

127

420

6.4

32.0

33.5

230/208v

15

ES15N33-A

54

26

119

174

59

12

34

127

420

6.4

16.0

32.0

33.5

230/208v

20

SM18N30-A

57

23

120

169

61

14

22

136

422

7.4

42.0

39.5

230/208v

15

SM15N10-A

55

25

118

153

58

10

18

140

410

12.6

63.0

37.0

115

15

19.5

EM18N34-A

57

23

120

169

61

14

22

136

422

7.4

42.0

39.5

230/208v

30

8.5

YM18N34-A

48

32

118

169

53

10

21

126

413

8.5

44.0

40.0

230/208v

30

SM21N30-A

60

20

123

175

65

10

20

130

448

9.4

46.0

40.0

230/208v

15

SM24N30-A

45

35

127

175

50

10

28

119

457

11.2

60.5

43.6

230/208v

20

EM24N34-A

45

35

127

175

50

10

28

119

457

11.2

19.5

60.5

43.5

230/208v

30

YL24N35-A

58

22

119

174

64

22

20

124

417

11.1

12.2

47.0

73.0

230/208v

30

SL22N30-A

54

26

119

159

59

10

20

139

409

9.4

48.0

57.0

230/208v

15

SL28N30-A

54

26

122

173

60

11

26

139

445

12.7

60.0

70.5

230/208v

20

SL24N30-A

54

26

123

163

58

16

19

132

435

11.2

47.0

69.0

230/208v

20

SL36N30-A

52

28

130

190

56

13

33

126

480

18.0

88.0

72.0

230/208v

30

EL36N35-A

52

28

130

190

56

13

33

126

480

18.0

24.0

88.0

72.0

230/208v

30

Summary of Contents for SM18M30series

Page 1: ...ard Chassis Models RoomAir Conditioners Cool Electric Heat Heat Pump 115 Volt 208 230 Volt Cool Only SS08N10 SS10N10 SS12N10 SS14N10 SM15N10 SS12N30 SS15N30 SM18N30 SM21N30 SM24N30 SL22N30 SL24N30 SL2...

Page 2: ...ol Board 34 Refrigeration Sequence of Operation 35 R410A Sealed System Repair Considerations 36 Sealed Refrigeration System Repairs 37 40 Hermetics Components Check 41 Reversing Valve Description Oper...

Page 3: ...assistant if possible Capacitors even when disconnected from the electrical power source retain an electrical charge potential capable of causing electric shock or electrocution Handle discharge and t...

Page 4: ...rect contact with liquid refrigerant can result in minor to moderate injury Be extremely careful when using an oxy acetylene torch Direct contact with the torch s flame or hot surfaces can cause serio...

Page 5: ...reful when using acetylene torch and protect surrounding property Failure to follow these instructions can result in fire and minor to serious property damage WATER DAMAGE HAZARDS Improper installatio...

Page 6: ...osis and repair See Unit Identification code on page 6 INTRODUCTION COMPONENTS IDENTIFICATION Compressor Fresh Air Vent Evaporator Coil Electronic Control Board Control Key Pad Support Bar Blower Whee...

Page 7: ...uffix Major modification Subject to change 7th Digit Options 0 Straight Cool Heat Pump Models 3 3 KW Heat Strip Nominal 4 4 KW Heat Strip Nominal 5 5 KW Heat Strip Nominal 6th Digit Voltage 1 115 Volt...

Page 8: ...00 10 9 10 9 84 2 8 275 S 113 128 ES15N33 14500 14300 10700 8900 230 208 6 4 6 8 1480 1459 16 0 14 7 3500 2900 9 8 9 8 112 3 5 360 S 117 133 EM18N34 17500 17200 13000 10600 230 208 7 4 8 0 2590 2550 1...

Page 9: ...1 8 Keep the filter clean Make sure that your air conditioner is always in top performing condition y l r a l u g e r r e t l i f e h t g n i n a e l c y b Provide good air flow Make sure the airflow...

Page 10: ...nd size fuse circuit breaker Read electrical ratings on unit s rating plate Proper circuit protection is the responsibiity of the homeowner Grounding Unit MUST be grounded from branch circuit through...

Page 11: ...50 6 20R SL36N30 EM18N34 EL36N35 YM18N34 YL24N35 EM24N34 30 250 6 30R Table 1 WARNING Electrical Shock Hazard Make sure your electrical receptacle has the same configuration as your air conditioner s...

Page 12: ...fortable temperature overnight The Commercial 7 Day Business Week Schedule has two 2 time periods 07 00 and 18 00 This option will cause your air conditioner to raise temperatures to 84 F after typica...

Page 13: ...POWER is a liquid crystal display LCD All of the control panel function buttons and mode icons can be viewed in Figure 3 Power On Press the button to turn on the air conditioner The power button illu...

Page 14: ...button allows you to toggle between four speeds LOW MEDIUM HIGH MAX and AUTO speed operation Press once and let go each time FRR095 4 Speed AUTO FAN MODE The FAN MODE button allows you to select betwe...

Page 15: ...at you select For example you can command the system to turn ON at 8 15 am and to turn OFF at 1 30 pm everyday To set the timer see page 18 SCHEDULE The SCHEDULE has two options with factory pre progr...

Page 16: ...nds to save the setting Button inactivity for more than 15 seconds causes the display to time out and return to the normal operating display TIMER SCHEDULE The wait icon illuminates when the compresso...

Page 17: ...for 3 sec then let go The display shows the TIMER is selected Press the button once and let go SCHEDULE FRR138 TIMER OR SCHEDULE OPTIONS 1 OR 2 SELECTION C Residential Schedule When selection 1 is se...

Page 18: ...buttons for three seconds Refer to Figure 4 AM FRR128 FRR129 The unit s current hour displays Use the or buttons to adjust the hour To change from AM to PM continue to increment roll the display Press...

Page 19: ...on OFF FRR146 Use the or button to adjust the minutes Press the TIMER SET button Figure 4 within 15 seconds to exit and save the setting The timer is now set to stop at 11 55 AM The display returns to...

Page 20: ...168 If the Timer function is turned OFF during the ON time The Timer icon turns off The control stays in the current state FRR169 The display shows a normal system SET POINT F AUTO FAN The display sho...

Page 21: ...he CONTINUOUS mode fan speed is determined by your selection on the FA N SPEED button FAN SPEED Button Used to sequentially select new fan speed plus AUTO operation When the FA N SPEED button is press...

Page 22: ...SPEED SCHEDULE SYSTEM FAN MODE POWER DISPLAY FAN MODE POWER TEMPERATURE UP TEMPERATURE DOWN F AUTO FAN AUTO CONTINUOUS C SYSTEM MODE FAN MODE FAN SPEED SCHEDULE ICON HEAT ICON FAN ONLY ICON F C ICONs...

Page 23: ...figure 1 and one for a heat cool unit see figure 2 System parameters for each system mode are saved when exiting a system mode and retrieved when entering a new system mode Timer Schedule Timer Sched...

Page 24: ...gure below and the compressor is not locked out the cooling cycle begins As shown in the figure below the fan is started 5 seconds prior to the compressor Once the ambient temperature has been lowered...

Page 25: ...low illustrates the basic heat pump operation YS10M10 Heat Pump Defrost Cycle Operation The defrost in this unit is an active reverse cycle The defrost control runs in the background and determines wh...

Page 26: ...he electric heater first until the initial set point is satisfied Hot Start Feature After the initial start the unit will switch to Heat Pump heat and decide between Heat Pump heat and Electric heat b...

Page 27: ...Heat Units When in the Heat mode with and without Fan Mode Auto Fan cycling If the indoor ambient temperature is below the Heat Demand Threshold Heat Set Point minus 1 5 F turn on electric heat If Am...

Page 28: ...during Test Mode Heating Fan Delay This is only for fan Mode Auto Fan cycles with cool heat operation and not for continuous fan mode When unit cycles Heating ON starts the fan 5 seconds EARLY When u...

Page 29: ...et point vs ambient temperature When there is no demand operate at the lowest available speed Fan AUTO Turns On or Off with heat or cool demand Turns On or Off with heat or cool demand Turns On or Off...

Page 30: ...ve front cover See figure at left Remove the chassis Entrygard Retainer Wire by removing the screw at the front right bottom corner See Figure below Save this screw for reattachment after reinstalling...

Page 31: ...screws indicated below Pull control board and mount plate out and disconnect the following connectors from it Power capacitor thermistors fan reversing valve and heater Remove the hex screw holding th...

Page 32: ...sh outside air when using FAN ONLY It can also be used in the summer with the compressor in the Cooling Mode if you wish Fresh air and exhaust control Your air conditioner has the ability to bring fre...

Page 33: ...Therefore the possibility of capacitor failure is much greater when the identified terminal is connected to the S or start terminal The identified terminal should always be connected to the supply lin...

Page 34: ...approximately 30 degrees Fahrenheit and sensed for two consecutive minutes to stop the compressor and turn on the heating element Heating Element Sample TESTING THE HEATING ELEMENT Testing of the ele...

Page 35: ...male connector see picture below There should be 5VDC 4 If there is no voltage replace the electronic control board 6 If the connections and the wire harness are good replace the User Interface User I...

Page 36: ...ed changed to a Liquid before leaving the condenser coil The refrigerant leaves the condenser Coil through the liquid line as a warm high pressure liquid It next will pass through the refrigerant drie...

Page 37: ...R 410A equipment To prevent moisture absorption and lubricant contamination do not leave the refrigeration system open to the atmosphere longer than 1 hour Weigh in the refrigerant charge into the hi...

Page 38: ...erload failure SealedRefrigerationSystemcontainsrefrigerant and oil under high pressure Proper safety procedures must be followed and proper protective clothing must be worn when working with refriger...

Page 39: ...RD FREEZE HAZARD Proper safety procedures must be followed and proper protective clothing must be worn when working with a torch Failure to follow these procedures could result in moderate or serious...

Page 40: ...he evaporator will not be encountered because the refrigerant will boil later if at all Gauges connected to system will usually have higher head pressure depending upon amount of over charge Suction p...

Page 41: ...ith a partial restriction there may be gurgling sounds at the metering device entrance to the evaporator The evaporator in a partial restriction could be partially frosted or have an ice ball close to...

Page 42: ...opposite port liquid line to the indoor coil Refer to refrigerant flow chart This directs the refrigerant through the filter drier and cooling capillary tube to the indoor coil In the heating mode of...

Page 43: ...pressure suction side of the system The other two are connected to the indoor and outdoor coils Small capillary tubes connect each end of the main valve cylinder to the A and B portsofthepilotvalve A...

Page 44: ...ish or stuck in the mid position part of the discharge gas from the compressor is directed back to the suction side resulting in excessively high suction pressure ELECTRIC SHOCK HAZARD WARNING Unplug...

Page 45: ...all excess braze from all tubing so that they will slip into fittings on new valve 5 Remove solenoid coil from new valve The use of a torch requires extreme care and proper judgment Follow all safety...

Page 46: ...ed in the motor windings to sense the winding temperature and or current draw The overload is connected in series with the common motor terminal Should the internal temperature and or current draw bec...

Page 47: ...ing for sometime a careful examination must be made to determine why the compressor failed Many compressor failures are caused by the following conditions 1 Improper air ow over the evaporator 2 Overc...

Page 48: ...ystem will need to be cleaned up following proper procedures 7 Install the replacement compressor 8 Pressurize with a combination of R 410A and nitrogen and leak test all connections with an electroni...

Page 49: ...and oil from the system Remove compressor capillary tube and lter drier from the system Flush evaporator condenser and all connecting tubing with dry nitrogen or equivalent Use approved ushing agent...

Page 50: ...weekly and cleaned if needed by vacuuming with a dust attachment or by cleaning in the sink using warm water and a mild dishwashing detergent Dry the filter thoroughly before reinstalling Use caution...

Page 51: ...gasoline benzene etc Use a damp not wet cloth when cleaning the control area to prevent water from entering the unit and possibly damaging the electronic control CLEARANCES Inspect the surrounding ar...

Page 52: ...T FRAME WITH STANDARD MESH FILTER A Figure 1 Figure 3 Figure 4 Figure 2 STEP 1 3 Do not force the filter into the unit Remove the filter by grabbing it from its handle lifting it up and swinging it ou...

Page 53: ...ils a dirty filter cool damp weather or all of these Set the SYSTEM mode to FAN ONLY and the frost will disappear Setting the thermostat a little warmer will probably prevent the frosting from recurri...

Page 54: ...ferrals to dealers and distributors u Use and Care Information u Recommended maintenance procedures u Installation information u Referrals to Authorized Service Providers and Parts depots Available Ac...

Page 55: ...to scroll through any system errors Only active errors will be shown The display error mode will time out in 15 seconds with no key activity Press the key to view the next error Press the SELECT key...

Page 56: ...during operation Logged Only 11 12 Discharge Air greater than 185 F Shutdown heat pump and electric heater Run high fan speed until temp is 100 F Resume operation Third occurance in 1 hour locks unit...

Page 57: ...5 seconds and the display will then revert to the normal display The test mode will time out after 1 hour To cancel test mode unplug and replug the power cord Normal display This function is used to t...

Page 58: ...2 53 2 53 66 13 004 13 335 13 666 2 48 2 48 67 12 668 12 984 13 301 2 44 2 44 68 12 341 12 644 12 947 2 39 2 39 69 12 024 12 313 12 603 2 35 2 35 70 11 716 11 993 12 269 2 31 2 31 71 11 418 11 682 11...

Page 59: ...GE VOLTS AMPERAGE DRAW AMPS COOL AMPERAGE DRAW AMPS HEAT C OMPR E S S OR LOCKED ROTOR AMPS AMPS RUNNING AMPERAGE DRAW AMPS INDOOR TE MPE R ATUR E S INDOOR AMBIENT TEMPERATURE F RELATIVE HUMIDITY RH IN...

Page 60: ...CDI power cord can trip Reset button pops out due to disturbances on your power supply line Press and release RESET listen for click Reset button latches and remains in to resume normal operation Elec...

Page 61: ...rs are sized to meet the cooling load and heater size is then selected to meet the heating load In extreme northern climates room air conditioners may not be able to be used as a primary source of hea...

Page 62: ...oes not run Inoperative system button Test button replace user interface if inoperative Broken loose or incorrect wiring Refer to applicable wiring diagram Open capacitor Test capacitor replace if ino...

Page 63: ...tor replace if inoperative Partially restricted capillary tube De ice coil Replace capillary tube e s u a C e l b i s s o P m e l b o r P Compressor runs continually does not cycle off Excessive heat...

Page 64: ...Incorrect wiring Refer to appropriate wiring diagram Defective thermistor Replace thermistor or electronic control board e s u a C e l b i s s o P m e l b o r P Noisy operation Poorly installed Refer...

Page 65: ...rrier in building structure particularly oors Advise customer e s u a C e l b i s s o P m e l b o r P Unit short cycles Defective thermistor Replace thermistor or electronic control board Unit oversiz...

Page 66: ...rmistor refrigerant circuits etc For proper operation correct as needed Temperature below 32 F 0 C e s u a C e l b i s s o P m e l b o r P Does not heat adequately Exhaust or fresh air door open Check...

Page 67: ...ture rise across coil Refer to speci cation sheet for correct temperature rise Reversing valve failing to shift completely bypassing hot gas Denergize solenoid coil raise head pressure energize soleno...

Page 68: ...ensables air in System Overcharged Low Air ow Across Indoor Coil Outdoor Ambient Too High For Operation In Heating Moisture in System Defective Compressor Defective Compressor Undercharged Overcharged...

Page 69: ...ersal Hot Warm Warm Hot TVB Hot Not enough pressure differential at start of stroke or not enough ow to maintain pressure differential Check unit for correct operating pressures and charge Raise head...

Page 70: ...age Configuration See next page for details Transformer Indoor Coil Thermistor Green Outdoor Coil Thermistor Blue Indoor Ambient Air Thermistor Check here for 3 3 Volts DC Fuse 6 3 Amps 250VAC L1 User...

Page 71: ...ially unsafe operating condition FRIEDRICH ELECTRONIC CONTROL KIT PART FRIEDRICH MODEL PREFIX M S S S 0 1 0 1 0 6 2 6 L S 1 1 0 1 0 6 2 6 w o l e b e e s 0 1 S Y e d u l c n i t o n s e o d L Y M Y S...

Page 72: ...RMISTER T HTR CAP COMPR UI OLP HL TF HEATER LIMIT FUSE USER INTERFACE OVERLOAD PROTECTOR FAN MOTOR THERMAL FUSE COMPRESSOR CAPACITOR MTR L E G E N D USER INTERFACE SCHEMATIC 230 208 V L2 OLP OLP COMPR...

Page 73: ...MTR FAN COM CAP PART NO REV 01 THERMISTER REVERSING VALVE COMBINATION TERMINAL HEATER ELEMENT INSULATOR GROUNDED LEAD SYMBOL T HTR FAN MOTOR COMPRESSOR CAPACITOR COMPR MTR CAP USER INTERFACE OVERLOAD...

Page 74: ...01 SSR THERMISTER REVERSING VALVE COMBINATION TERMINAL HEATER ELEMENT INSULATOR GROUNDED LEAD SYMBOL T HTR FAN MOTOR COMPRESSOR CAPACITOR COMPR MTR CAP USER INTERFACE OVERLOAD PROTECTOR THERMAL FUSE H...

Page 75: ...N TERMINAL HEATER ELEMENT INSULATOR GROUNDED LEAD SYMBOL T HTR FAN MOTOR COMPRESSOR CAPACITOR COMPR MTR CAP USER INTERFACE OVERLOAD PROTECTOR THERMAL FUSE HEATER LIMIT FUSE HL UI TF OLP 2 1 4 3 PTCR T...

Page 76: ...MBINATION TERMINAL THERMISTER GROUNDED LEAD SYMBOL HTR HEATER ELEMENT REVERSING VALVE INSULATOR HL HEATER LIMIT FUSE CAPACITOR CAP UI TF THERMAL FUSE OVERLOAD PROTECTOR FAN MOTOR COMPRESSOR MTR COMPR...

Page 77: ...NDED LEAD SYMBOL HTR HEATER ELEMENT REVERSING VALVE INSULATOR HL HEATER LIMIT FUSE CAPACITOR CAP UI TF THERMAL FUSE OVERLOAD PROTECTOR FAN MOTOR COMPRESSOR MTR COMPR OLP USER INTERFACE 2 4 3 1 SSR TO...

Page 78: ...ECTOR FAN MOTOR THERMAL FUSE COMPRESSOR CAPACITOR MTR L E G E N D USER INTERFACE SCHEMATIC 230 208 V L2 OLP OLP COMPRESSOR HERM COM CAP FAN MTR FAN COM CAP PART NO REV 01 RV REVERSE CYCLE 6 HP REVERSI...

Page 79: ...PACITOR MTR L E G E N D USER INTERFACE SCHEMATIC 230 208 V L2 OLP OLP COMPRESSOR HERM COM CAP FAN MTR FAN COM CAP PART NO REV 01 REVERSING VALVE ELECTRIC HEAT ELECTRIC HEAT HL TF HTR 7 EH2 EH1 1 RV RE...

Page 80: ...TERFACE SCHEMATIC 230 208 V L2 OLP OLP COMPRESSOR HERM COM CAP FAN MTR FAN COM CAP PART NO REV 01 REVERSING VALVE ELECTRIC HEAT ELECTRIC HEAT HL TF HTR 7 EH2 EH1 1 RV REVERSING CYCLE RV 8 1 3 SSR 4 2...

Page 81: ...nt the Remote Control at the Air Conditioning Unit and press the Remote Control POWER key once to illuminate the Air Conditioning Unit s display Step 2 Once the display on the Air Conditioning Unit is...

Page 82: ...ee examples below Air Conditioning Unit Display Remote Control Display Step 5 To save setting in Remote Control press and hold the Remote Control SCHEDULE and FAN SPEED Key simultaneously for approxim...

Page 83: ...eptacle Contents User Interface UI Ribbon Cable 2 Mounting screws for UI Instruction Sheet Step 1 Disconnect ribbon cable by pulling straight out Step 2 Remove 2 mounting screws securing UI and discon...

Page 84: ...83 PARTS SECTION K hl K hl Standard Chassis Unit Exploded Diagram...

Page 85: ...84 PARTS SECTION K hl K hl Standard Chassis Unit Exploded Diagram...

Page 86: ...1 5 62601016 USER INTERFACE SERVICE KIT 1 1 1 1 1 1 1 1 1 1 6 62601013 ELECTRONIC CONTROL SERVICE KIT CL EH 3SP GEN2 1 1 6 62601010 ELECTRONIC CONTROL SERVICE KIT COOL 4SP GEN2 1 1 1 1 1 1 6 62601012...

Page 87: ...60846017 ASSY PLSTC BAG W O WIK 1 1 1 1 60073300 GASKET URETHANE FOAM 1 1 1 1 1 1 61819601 SHELL GUIDE S M L 2 2 2 2 2 2 2 2 2 2 61826400 CHASSIS RETAINER WIRE 1 1 1 1 1 1 1 1 1 1 62601019 THERMISTOR...

Page 88: ...NG VALVE KIT SOLENOID KIT 1 5 62601016 USER INTERFACE SERVICE KIT 1 1 1 1 1 1 1 6 62601013 ELECTRONIC CONTROL SERVICE KIT CL EH 3SP GEN2 1 1 6 62601010 ELECTRONIC CONTROL SERVICE KIT COOL 4SP GEN2 1 1...

Page 89: ...TER WEIGHT 1 1 1 60846016 ASSY PLSTC BAG W WIK 1 1 1 1 60846017 ASSY PLSTC BAG W O WIK 1 1 1 60073300 GASKET URETHANE FOAM 1 1 1 1 61819601 SHELL GUIDE S M L 2 2 2 2 2 2 2 61826400 CHASSIS RETAINER WI...

Page 90: ...ONTROL SERVICE KIT COOL 3SP GEN2 1 1 1 1 6 62601012 ELECTRONIC CONTROL SERVICE KIT HP EH 3SP GEN2 1 7 61080589 CAPACITOR 1 1 7 61080588 CAPACITOR 1 7 61080520 CAPACITOR 1 1 7 61080514 CAPACITOR 1 1 61...

Page 91: ...1 1 1 1 1 14 60610620 BLOWER WHEEL 1 15 61818100 SCROLL LRG 1 1 1 1 1 1 1 16 60542007 FAN BLADE 1 1 1 1 1 1 1 17 61807702 SHROUD LRG 1 1 1 1 1 1 1 18 61806700 MOUNT FAN MOTOR 1 1 1 1 1 1 1 19 61907111...

Page 92: ...Heat 62 Set Point Heat 62 Set Point Heat 62 Start Time 800 Start Time 800 Start Time 800 Start Time 800 Start Time 800 Start Time 800 Start Time 800 System Mode Cool System Mode Cool System Mode Cool...

Page 93: ...results from improper installation wiring electrical current characteristics or maintenance or caused by accident misuse or abuse fire flood alterations and or misapplication of the product and or uni...

Page 94: ...y Woodside New York 11377 718 545 5464 800 431 1143 International Parts Depot Traco Corp 380 Paterson Road Carlstadt NJ 07072 201 939 1600 Reeve Air Conditioning Inc 2501 South Park Road Hallandale Fl...

Page 95: ...Kuhl Serv PartsMan 9 12 FRIEDRICH AIR CONDITIONING CO 10001 Reunion Place Ste 500 San Antonio TX 78216 P 210 546 0500 l F 210 546 0731 www friedrich com Printed in the U S A...

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